1. European co-operation in the field of scientific and technical research: “Quality Enhancement of Plant Production through Tissue Culture” COST Action 843 (2004-2005).

2. European co-operation in the field of scientific and technical research: „Genetic determination of the embryogenesis and organogenesis in cereals for the optimizing of double haploid production” COST Action 841 (2005-2008).

3. Latvian Council of Science project: „Detection of adaptive genes and their mapping by means of molecular markers in the barley varieties of the different origin” (2005-2008).

4. Project “Latvian field crop diversity evaluation and breeding optimisation by modern biotechnology methods” of the State Research Programme “Innovative technologies for high quality, safe and healthy food production from genetically, physiologically and biochemically diverse plant and animal raw material” (2006–2009).

5. Latvian Council of Science project: Creating of well adapted crop varieties and their maintenance breeding by using traditional and biotechnological methods in conventional and organic farming (2006-2009).

6. Latvian Council of Science project: Adaptive changes of genetic polymorphism of cultivated plants under selection and environment influence (2009-2012).

7. Latvian Council of Science Project: Investigation of Latvian renewable raw materials – flax and hemp products for development of innovative technologies and new functional materials.

izstrādei (2010-2014).

8. Lithuanian-Latvian- Taiwan (Peopleis Republic of China) Collaboration Project: Evaluation of nuclear power impact on perch (Perca fluviatilis) population by means of genetic based analysis and application of fish otoliths as natural recorders of radiocontamination and thermal polution (2010-2013)

9. European Regional Development Fund Project 2010/0321/2DP/2.1.1.1.0/10/APIA/VIAA/144 "Plant breeding technology development on the biocompatible microchips" (2011-2014).

ROZE, D., JAKOBSONE, G., MEGRE, D., BELOGRUDOVA, I. and KARLOVSKA, A. 2014. Survival of Liparis loeselii (L.) as an early successional species in Engure region described based on ecological pecularities during the annual cycle. Proceedings of the Latvian Academy of Sciences, Section B, 68(1/2), pp.93-100.